| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ccel_2386 |
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| Symbol | |
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| ID | 7311055 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Clostridium cellulolyticum H10 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011898 |
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| Strand | - |
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| Start bp | 2854554 |
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| End bp | 2860235 |
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| Gene Length | 5682 bp |
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| Protein Length | 1893 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 643609311 |
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| Product | amino acid adenylation domain protein |
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| Protein accession | YP_002506699 |
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| Protein GI | 220929790 |
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| COG category | [Q] Secondary metabolites biosynthesis, transport and catabolism |
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| COG ID | [COG1020] Non-ribosomal peptide synthetase modules and related proteins |
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| TIGRFAM ID | [TIGR01733] amino acid adenylation domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | TTGATACAGT CAACTAAGAT ATCAAGAGAA AATGTAGAGA ACATGTTGTC TTTGAGCCAT
ATGCAATTTG GAATGTTATT TGATTACATA AATAATCCTG AAAGTGGCTT GTATATAGAG
CAGTTATGCC TGAAGCTGTC AGGGTGTCTG GACCCCGATA TATTTAGAAA AGCATGGAAA
CACGTTGCTG AGACTAATAC TGCCTTAAGA ACTGTTTTCA GGTGGAAGGG GATAGAAAAA
CCTGTACAGA TAGTTCAAAG AGAATTTGAA ATTCCAATAG AATTTTATGA CTTCATGGAT
AAGAAGGACG ATAATTTATC TGATTCCAGA GAATGTTTTT TAAAAAGTGA CTGGGAAACC
GGAGTAGACC TTGAAATAAA TCCTTTCAGG GTTTCACTAC TGAGAATTAA CGAAAATGAA
CAAGAAATGG TTCTCACATA TCATCATATT TTATTTGATG GTTGGAGCAA TGGTATTTTA
ATTAAGGAAT TCTTAAATGC TTATAACGCT TTCAGTGAAG GAAGAGAAAT ACAAAGAACG
GTTAAGGGAA AGTACGAAGA TTTTATACGG TGGTGTTTGG AACAGCCAAA GGACAGACAG
AAAGAGTACT GGTTTGAATA TTTAAAGGGG TTTGATAAAA AGACAAGCCT TCCCTATTGT
AGTATAGGTA CAGATGCTTT TAAGGCAGGC AAACATGTCA GTATTTTTCC TGCTGAATTA
GCCGACAGTG TAGTAACTTT TTCAACGCAC AATGAAATAA CTATTGCAAC CCTCATGTAT
TGTACTTGGG GGATTCTGCT GCAAAAATAT TCTGATGTAG ATGATGTTTT ATTTGGGACT
ACCATATCAG GAAGGCAGTC AAGTATCAAG AATGTTGAAA ATATAGTAGG TTTATTTATT
AACACCATTC CGCTGAGAAT AAATAGTAAC GGAGATACTA AAATATTTGA CTTATTAAAA
GCGGTTGATA AGGCAGTGAG AGACAGGGAA GAGTTTGGAA GTACTGCACT TGTTGATATA
AAATCCTATA GTGAGGTAGA TAAAAGCAGC ACACTGTTTG ACTCAATTGT TATAGTAGAA
AATTATCCTA TTGACAGAAT GCTTACAGAA AAAGGTCCCG GTCTGTCAAT AATTTCATAT
TCTATCAAAG AAATGACTGA CTTTGACCTT ACTGTTGAGG TTTCCATGCT GACACAAAAT
ATAAGGTTGG CACTGACGTA CAATTCCAAT GCTTTCGAAG AATCCTCAAT AACAAATATC
AGCAGGGTTT TTGTGGATAT ACTGAAGGAT ATAGTGGAAA ATCCCTTCCG TGAGTTCTCT
GAAATTAGTA TTGTTAAGGA TTCAGAGACA AAGTGTATTT TGAATGAATT TAACGATACA
GCTACCCCGT ATGAAAAGGG TAAAACCCTT TTTGAATTAT TTGAGGAGCA GGTAGAACGA
ACACCCGACA GTATAGCGGT TTGTTTTGAT ATGGCACTGG GAGATGTATA TAATAAAGTA
CTTGCAGGGA AAATCAGTCC ATCTTTGATA AAGGTGCTGG AGGATTGTGT TTACTCAAAG
AATGAATACA TTCACTTGTT TGATTCTCAG AACCTGTTTA GCAATAGAAA CATTGTTGAA
AAAAGTGAAG ACCTGAGAAT GGTGAAAACA AATAAAGGCA ATATTGTCGT AATAAGTACA
CCTGTACTGT CGGCTTTAAA ACTGTTTGAC GGAACCAGTA CTTTAAAGCA AATCTATGAA
TCCTTGGCAA TGAATGAAAA GAATTATATT ATTCTTAGAA GTAAATCAGA CATTATAAAA
GATTATTTTA AATGGAACAA AAAGATTTTT AATATATCAA AGAGTTTCAT GGATTTCATT
AAGCTACTAA TAGAGCTGGA TATTTGTAAC TTGTTGCATA TTGTAGGCAC AGACAAATTA
TTAACCTGTT CAGATAGTTG CTGTATTGAA GAATATGAAG CAGGTAACCG GGAAAACAGG
GAGATACAGA CCGATATAAA AGCGATAGCG GGACAAGCTG ACCCTGGGGA TAGTATTGCA
CCGGTACTGC TTTTGGGGGA TACTACAGGA ACTGCGTCAA CGGGGATATT ATATCTTGCC
TCATATCTGA GAAGGAATGG CATAGAAGCG TATTGTCAGT GGAATGACAC TACAGGTACT
AATGAGGAAT TAAAAGAGAA TATAGGAGAA CTTTTGCGTA CAATTAAGCC CAAGCTGGTG
GGAATAAGTA TGAAATGGTT TCCTCACATT GCACGTTCTT TGGAAATATG CAAAATAGTC
AAAGAATATG ATCCGGGAAT ATCTGTAGTG ATAGGAGGTA ATACAGCATC CTACTACTGG
AGGGAGTTAA CGGGGAATAA GCATGTGGAT TATATTATTC TGGGAGACGG TGAATTACCG
CTTTTGAAAA TATGTCAAAA GGCAGAATAT ATTCCTAATT GTGCTTATAA AATAAATGGA
AAAATTGTAA TAAATGAGAT AAGTTACATT CAAAATGAAG AAAATTCACA TGATATATAT
CTGTCTCATA TGGATAAGAT CTTTGTACGC AAGGAGGACC CACTATATTC TCAGTACTTC
TATATTTTCA CCGGTAAGGG CTGTTATGCG AATTGCTTTT ACTGTGGAGG GTGCAGAACA
GCACAAAAGA GAACATTCGG AAGAGTAAAG CCGTTTTTGC GGAGACCGGA AGAGGTTAGA
AAAGATATCA GTGCGGTCAT GGGCTATACC TCCACATTTA TGTTTGATTT TGAGGTAGCC
GGATCTGACA CTTTGGAGTA CTACAAAAGT ATTTGGGAAG GAATAGACCT TAAAAAACAT
TTTTGCTCTT TCTACTTCTG GACCTTGCCC GATAAGAAAG TAATAAGACT GATTTCCCAA
ACCTTTAAAT ACGTAAACCT TAACATAGAC TTATGTAGCC TGTCCGAGAG ACATAGAAAT
CAGCTCAACG AACAGGGAAT GGTCAAACCT CAGCCTGAAA ATGAACAAAT ATTGAAGTTC
TTTAACAACT GTTCTGAATT TGACAACATA GAAGTCAAGA TAAATTTAAT AGCAGGACTG
CCTTTCTTTA CAGTGGAAGA CGCTTCTGAG AGCATTCATA TGCTTGAAAG TATACTGGAA
AGGTATCCAT TCTTTAAGGG ACTTGACTGG GGAAAGCTTC ATGCACAGCC CGGTGCAGAC
CTTGCTGAAA GTGCAGTCAA TTATGGGCTG AAATCCAGTG CTCGTTGCTT TGATGACTAC
CTGACATATA GCAAAAAAAA TATGAAGCTA AAACAATACC CGGACTTGTC CAGTATAAAC
TACCCGTTTA TAGATTTTAT GGACGAGAAA CTCAATTTGG AAATCAGCAA ACATTATTTT
GACGTAAATG ATAGGTTGAA ATCATATGAG GAAAGAAAAC ACAATAAATT TATAACTGCA
AGATTCACAT ATCGTGAATT AAACGAGAAG GCAAATCAAT TGGCAAGGCA CTTAAGAAAT
GCAGGTGTGA AAAGGGAAAC CATAGTGGGA ATTATGGCAA ACAGCTCCAT TGAAATGGTT
ATTGGTATTA TTGGAATTCT AAAATCAGGA GGTGCATATC TACCTATAGA TGCAGGATAC
CCTGATGAGA GGCTGCGTAA TATTCTTGAA GACAGCGGTG CTGATATATT GCTGTGCCAA
AGCCATCTGA TAAGTAAAAT AAGGACAGAT GTAACAACAA TAGATATAGA TGATTGTGGA
TTGTATAAAG GTGATAGCAA CAATCTTGAT AAACTAAACA GTGAAAATGA TCTGGCATAC
ATAATATATA CTTCCGGCTC CATGGGAAAA CCAAAAGGAG TAATGGTAGA GCACAAAAGC
ATTACTAATA CAATACAATG GAGAAAAGCG GAATATAGCA TGAATGAAGA AGATGCTGTA
TTACAATTGT TTTCCCACTG CTTTGACGGA TTTCTGACCA GCTTTTTCAC TCCAATTGTA
TCCGGGGCTA TGGTTGTTCT TCCAGATGAT ATAGAAGTAA TAAATCTGAT GAGAATAAAA
GAACATATAG TGGGGAAAAA AATAACCCAT TTTATATGTG TCCCTACGTT ATATACGGCT
ATACAGGATT ACCTGAGCGG TAATGATATG GAAAGTCTGA AGGTTGTAAC ACTGGCAGGA
GAAAAAGTTC CGGCTAAGCT AGCTACAAAG AGTTTGCAAA AAAGAGAAGA TCTGGAGTTG
GTGAATGAAT ACGGCCCCAC AGAGAACAGT GTTGCTTCCA CGGTATTCAG AAATTTACAA
AAAGCTGAAA ATATCCTTAT AGGCCGTCCA ATAGCAAACA CAAGGGTGTA TATTTTAAAT
AAATACAATC AGCCCATGCC GATAGGAGTG ACCGGGGAGA TATGTTTGTC AGGAGATGGC
GTGGCAAGAG GGTACCTTAA TAGGCCTGAG CTGACACAAC AAAAATTCGT GCCTGATCCG
TTTGAACAGG GAAAAGTTAT GTACAAAACA GGTGATTCGG GTAAATGGCT GCCTGACGGA
AATATTGAAT ACATTGGAAG AATAGATCAT CAGGTAAAAA TACGGGGCTT CAGGATTGAA
CTGGGCGAAA TTGAGGCCAG GCTGATAAAG CACAGTTCAA TAAAGCAAGC TGCTGTAATT
GACAAAGAAA ATGGGGATGG CAGCAAATAT CTATGTGCCT ACATTGCAGC TGAGAAGGAG
CTGCAGATAT CAACGCTGCG CTCATTCCTA CAAGAAGAAC TTCCTGACTA TATGGTGCCG
ACCCAATTCA TTTTTGTGGA CAAACTGCCG TTTACGCAAA ACGGTAAACT GGACAGGAAA
GCACTTCAGG AGATTTCAGG GGCGGACAGA AATGCTGCTT TATACCAGCC GCCCGATAAT
TCAGTGGAAA CGCTGGTAGC TGATATATGG AAGCAGGTTC TGGACAAAGA TTATTTTGGC
AGAAATGATA ACTTTTTTGA TCTGGGAGGC AATTCAATCC TCTTGATGCA GGTTCACGCA
AAGTTGGAAA AAATCTATCC CGGAAAAGTT AAAATTACCG ATCTTTTTGA TAATTCTACC
GTTTCAAAGC TGGCTGTCCT ATTGACGAAG GATGAGAATC ATACTGATGA AAAATTGACT
GTTGGCTCCA TAAATTTACC ACAAGACTTT AGGAGCAATA AAAATTCAAG TATTCCAAAC
TCAGTTTTCA GAATAAGGTT TGATGATGAA ACAGCAAACA AGCTAAATGC GATTTCACAC
CGTGAAAAGG TTGATGTATA TACTATTTTC ATAGCAGCAT ATGTTTATTT ACTGTCACAG
GCGGCCGGGA CTGAACAGGT TTCAGTTCAG GTAATGTGTT CTCCTAATAG AATCGTCGAT
ATGGAAATAG ATATTTCACA AGTAAAGAAT TTCTCTGAGC TGTATTTATT AGTGTGTGAT
AGATTTAAAG AAAACAATAG TGATTCTTAT GATGTCAGCG ACATTGACAA ATTTGAGATC
AAGAATACGG ACTATTCCGT CTGCCCGCTT ATATACAATA AAAGTCTTAT GACTACAGAT
ACAGGTCTAT TTAAAAAATA CGATATAATT CTTCAATATA TCAAGGATAC TGACGGTATG
ACACTTTCCT TTGAGTATAA TGGCGGAAAA ATTCTGAAGA ACAAGGCTCT GGAGATGTTT
AACCAGTACA TTGAGCTTTT AGAGCTTATG TGTGACAAAT AG
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| Protein sequence | MIQSTKISRE NVENMLSLSH MQFGMLFDYI NNPESGLYIE QLCLKLSGCL DPDIFRKAWK
HVAETNTALR TVFRWKGIEK PVQIVQREFE IPIEFYDFMD KKDDNLSDSR ECFLKSDWET
GVDLEINPFR VSLLRINENE QEMVLTYHHI LFDGWSNGIL IKEFLNAYNA FSEGREIQRT
VKGKYEDFIR WCLEQPKDRQ KEYWFEYLKG FDKKTSLPYC SIGTDAFKAG KHVSIFPAEL
ADSVVTFSTH NEITIATLMY CTWGILLQKY SDVDDVLFGT TISGRQSSIK NVENIVGLFI
NTIPLRINSN GDTKIFDLLK AVDKAVRDRE EFGSTALVDI KSYSEVDKSS TLFDSIVIVE
NYPIDRMLTE KGPGLSIISY SIKEMTDFDL TVEVSMLTQN IRLALTYNSN AFEESSITNI
SRVFVDILKD IVENPFREFS EISIVKDSET KCILNEFNDT ATPYEKGKTL FELFEEQVER
TPDSIAVCFD MALGDVYNKV LAGKISPSLI KVLEDCVYSK NEYIHLFDSQ NLFSNRNIVE
KSEDLRMVKT NKGNIVVIST PVLSALKLFD GTSTLKQIYE SLAMNEKNYI ILRSKSDIIK
DYFKWNKKIF NISKSFMDFI KLLIELDICN LLHIVGTDKL LTCSDSCCIE EYEAGNRENR
EIQTDIKAIA GQADPGDSIA PVLLLGDTTG TASTGILYLA SYLRRNGIEA YCQWNDTTGT
NEELKENIGE LLRTIKPKLV GISMKWFPHI ARSLEICKIV KEYDPGISVV IGGNTASYYW
RELTGNKHVD YIILGDGELP LLKICQKAEY IPNCAYKING KIVINEISYI QNEENSHDIY
LSHMDKIFVR KEDPLYSQYF YIFTGKGCYA NCFYCGGCRT AQKRTFGRVK PFLRRPEEVR
KDISAVMGYT STFMFDFEVA GSDTLEYYKS IWEGIDLKKH FCSFYFWTLP DKKVIRLISQ
TFKYVNLNID LCSLSERHRN QLNEQGMVKP QPENEQILKF FNNCSEFDNI EVKINLIAGL
PFFTVEDASE SIHMLESILE RYPFFKGLDW GKLHAQPGAD LAESAVNYGL KSSARCFDDY
LTYSKKNMKL KQYPDLSSIN YPFIDFMDEK LNLEISKHYF DVNDRLKSYE ERKHNKFITA
RFTYRELNEK ANQLARHLRN AGVKRETIVG IMANSSIEMV IGIIGILKSG GAYLPIDAGY
PDERLRNILE DSGADILLCQ SHLISKIRTD VTTIDIDDCG LYKGDSNNLD KLNSENDLAY
IIYTSGSMGK PKGVMVEHKS ITNTIQWRKA EYSMNEEDAV LQLFSHCFDG FLTSFFTPIV
SGAMVVLPDD IEVINLMRIK EHIVGKKITH FICVPTLYTA IQDYLSGNDM ESLKVVTLAG
EKVPAKLATK SLQKREDLEL VNEYGPTENS VASTVFRNLQ KAENILIGRP IANTRVYILN
KYNQPMPIGV TGEICLSGDG VARGYLNRPE LTQQKFVPDP FEQGKVMYKT GDSGKWLPDG
NIEYIGRIDH QVKIRGFRIE LGEIEARLIK HSSIKQAAVI DKENGDGSKY LCAYIAAEKE
LQISTLRSFL QEELPDYMVP TQFIFVDKLP FTQNGKLDRK ALQEISGADR NAALYQPPDN
SVETLVADIW KQVLDKDYFG RNDNFFDLGG NSILLMQVHA KLEKIYPGKV KITDLFDNST
VSKLAVLLTK DENHTDEKLT VGSINLPQDF RSNKNSSIPN SVFRIRFDDE TANKLNAISH
REKVDVYTIF IAAYVYLLSQ AAGTEQVSVQ VMCSPNRIVD MEIDISQVKN FSELYLLVCD
RFKENNSDSY DVSDIDKFEI KNTDYSVCPL IYNKSLMTTD TGLFKKYDII LQYIKDTDGM
TLSFEYNGGK ILKNKALEMF NQYIELLELM CDK
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